MAXIMUM DISPLACEMENT RESPONSE OF THE HYBRID SYSTEM COMPOSED OF SLIP-TYPE AND ELASTO-PLASTIC TYPE RESTORING CHARACTERISTICS

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  • 進行スリップ型復元力特性と完全弾塑性型復元力特性の混在した構造の最大変位応答
  • シンコウ スリップガタ フクゲンリョク トクセイ ト カンゼン ダンソセイガタ フクゲンリョク トクセイ ノ コンザイシタ コウゾウ ノ サイダイ ヘンイ オウトウ

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Abstract

Maximum displacement response of the hybrid system composed of slip-type and elasto-plastic type restoring characteristics to clarify the retrofit effect of elasto-plastic type restoring characteristic on a slip-type restoring characteristic structure. As results, the composed system is effective under 1.0 s natural period when the elasto-plastic type restoring characteristic is over 10% of base shear. The maximum displacement responses of composed system with 5% base shear of elasto-plastic type restoring characteristic are abided by the property of displacement conservation. The 5% base shear of elasto-plastic type restoring characteristic retrofits a slip-type restoring characteristic structure effectively.

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